NVENT HOFFMAN TE121048020 Thermoelectric cooler 94W

Why Choose the nVent HOFFMAN TE121048020 Thermoelectric Cooler?

The nVent HOFFMAN TE121048020 is a compact TE12 thermoelectric cooler designed to provide reliable thermal management for electrical and electronic enclosures. Using thermoelectric Peltier technology, it provides cooling without a conventional compressor or refrigerant, making it a low-maintenance solution for applications where dependable enclosure temperature control is required.

With a nominal cooling capacity of 94 W, the TE121048020 is designed to remove excess heat from small and medium-sized electrical enclosures. Its compact enclosure-mounted format helps protect sensitive control electronics, automation equipment and other heat-generating components from excessive internal temperatures.

The cooler measures 300 mm high × 153 mm wide × 188 mm deep, providing a compact thermal management solution for installations where available enclosure space is limited. Its thermoelectric design also supports heating operation, providing additional flexibility for enclosure temperature management.

Key Advantages

• Compact nVent HOFFMAN TE12 thermoelectric cooling solution.
• 94 W nominal cooling capacity for enclosure thermal management.
• Thermoelectric Peltier-effect technology provides cooling without a conventional compressor or refrigerant.
• Low-maintenance design with no compressor or refrigerant circuit.
• Compact 300 × 153 × 188 mm enclosure-mounted format.
• Can provide both cooling and heating for flexible temperature management.

Key Features

• nVent HOFFMAN TE12 thermoelectric cooler.
• 94 W nominal cooling capacity.
• Thermoelectric Peltier cooling technology.
• Cooling and heating capability.
• Compact enclosure-mounted design.
• 300 mm height.
• 153 mm width.
• 188 mm depth.
• Designed for electrical and electronic enclosure thermal management.

Efficient Thermoelectric Cooling for Electrical Enclosures

The nVent HOFFMAN TE121048020 uses the Peltier effect to transfer heat from inside an enclosure to the surrounding environment. This solid-state cooling method avoids the need for a conventional compressor and refrigerant circuit, providing a simple solution for protecting electrical and electronic components from excessive heat.

Thermoelectric cooling is particularly useful where compact dimensions, low maintenance and reliable temperature management are important. The TE12 design can also provide heating, allowing the same unit to support enclosure temperature control across changing environmental conditions.

Typical Applications

• Industrial electrical enclosures.
• Control panels and automation cabinets.
• PLC and electronic equipment enclosures.
• Machine-building applications.
• Industrial process-control systems.
• Telecommunications and electronic equipment.
• Applications requiring compact, low-maintenance enclosure cooling.